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4. Consider the RL Circuit shown in Figure 4. Assume a pulse source as shown in Figure 1 with ton IOOus, and VON 1 V. Derive an expression for the...

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17630032-187427.jpeg

Can I get the MATLAB code for this please?

17630032-187427.jpeg

4. Consider the RL Circuit shown in Figure 4. Assurne a pulse source as shown in
Figure 1 with rm- = lUUps, and vow = l V. Derive an expression for the current 1' (t)
flowing clockwise in the single loop circuit. Obtain expressions for the voltages
across the resistor and the inductor (in the direction of assurned current flow).
Using MATLAB, plot these voltages as functions of time from 0 to 2 tom. Capture
the plot and paste it as Figure 4 in the report fornt below.

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I calculated the current of the inductor, the voltage of the inductor and the voltage of... View the full answer

CURRENT OF THE INDUCTOR.jpg

Plots CURRENT OF THE INDUCTOR X ”4 cm-mmm mum m as m as nun-n]
5 M
n:
n2 m %current of the inductor # M
if t(ii)<0,0001
ylii)=(1/100)*(1 - exp( - 100*tlii))):
else
y( ii)=(1/100)*(1 - exp( -...

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